The terminator is the line - on any planet - between light and dark.... but it is rarely a 'line' in the true sense here on Earth, it's more of a zone.
Terminus, which is named after the Greek God Terminus
The line between light and darkness on the moon is called the Terminator
That's the "terminator". The line is quite fuzzy on earth, because the atmosphere
scatters daylight across the line; but it's quite sharp on the moon.
That line is called the terminator
The Terminator
The terminator.
the "terminator"
terminator
Terminator
The main thing to remember is that the Earth is a sphere. It's the same sort of shape as a basketball. The Earth blocks out the Sun so it can't light the side of Earth facing away from the Sun. A simple experiment: Take a ball and hold it to a light. The half of the ball facing the light will be lit up and the other side will be dark. Rotate the ball and different parts will now be light and dark. That's like what happens as the Earth rotates. That's why a place on Earth has day then night.
it only snows in some parts of the earth because it is hotter by the equater. It also onlly snows in parts of the earth because the earth sits on its axis and the earth is at a tilt so only parts of the earth get the shadow. For example if you shine a flashlight on a base ball in a dark room with the ball with a tilt only part of the ball will have light. hope i helped :)
Dark reaction needs energy. this energy is supplied by light reaction
The difference between light and dark is a rather complicated topic. It involves, with light, their being certain wavelengths present. With darkness, there are no wavelengths present.
What is the difference between the light dependent and the dark reactions of the calvin cycle?
Terminator or Terminus depending on how Latin you are.
terminator
Terminator
The line is called the terminator
a contrast between light and dark.
the earth is between the moon and the sun. so that the solar light cant reach the moon that is in the earth's shadow, and becomes dark.
The main thing to remember is that the Earth is a sphere. It's the same sort of shape as a basketball. The Earth blocks out the Sun so it can't light the side of Earth facing away from the Sun. A simple experiment: Take a ball and hold it to a light. The half of the ball facing the light will be lit up and the other side will be dark. Rotate the ball and different parts will now be light and dark. That's like what happens as the Earth rotates. That's why a place on Earth has day then night.
It is dark in california baby
it only snows in some parts of the earth because it is hotter by the equater. It also onlly snows in parts of the earth because the earth sits on its axis and the earth is at a tilt so only parts of the earth get the shadow. For example if you shine a flashlight on a base ball in a dark room with the ball with a tilt only part of the ball will have light. hope i helped :)
The contrast between light and dark- APEX
You can imagine a rotating cube, that is illuminated by a source of light on one side. The cube would have a dark side and a light side, and as it rotates, the surface of the cube would change from dark to light, and light to dark, much like the existing situation on the planet Earth. The main difference is that the changes in lighting would not be as gradual as they are for a sphere. Surfaces of the cube would go from light to dark, or dark to light, much more suddenly.
Dark reaction needs energy. this energy is supplied by light reaction